Opera 3D Vector Fields: A Powerful Tool for Electromagnetic Simulation
Electromagnetic fields are ubiquitous in nature and technology, and they play a vital role in many applications such as magnets, motors, generators, transformers, antennas, medical devices, particle accelerators and more. To design and optimize these devices, engineers need to understand how the electromagnetic fields behave and interact with the materials and geometries involved.
Opera 3D Vector Fields is a desktop application that provides a comprehensive set of design tools for the analysis and simulation of electromagnetic fields. The product is a powerful non-iterative electromagnetic field solver that can accurately predict the magnetic field and electric current density generated by an arbitrary model of any shape and size. Opera 3D Vector Fields can also perform multiphysics simulations that couple the electromagnetic fields with other physical phenomena such as heat transfer, stress analysis, charged particle tracking and harmonic analysis.
opera 3d vector fields
Opera 3D Vector Fields has a user-friendly graphical user interface (GUI) that allows users to import or create 3D models using a built-in CAD system or external CAD files. Users can also parameterize their models and perform automated design optimization using various algorithms. The GUI also gives access to features that have been specifically tailored for electromagnetics and multiphysics design, such as material libraries, external circuit definition, mesh control, post-processing functions and more.
One of the main advantages of Opera 3D Vector Fields is its ability to display the field values and integrated values in various forms and units familiar to the user. Users can visualize the field contours and vectors on 3D geometry surfaces or on arbitrary planar, cylindrical and spherical 2D surfaces. Users can also plot graphs along lines, circles and arcs in 3D space, create iso-surfaces, export data to text files and more. Additionally, users can calculate forces, torques, energy, power, Q-factor and other quantities of interest from the field solutions.
Opera 3D Vector Fields is a part of the Opera Simulation Software suite developed by SIMULIA by Dassault SystÃmesÂ, which is a leading provider of simulation solutions for various industries. Opera complements the existing SIMULIA EM portfolio with its strength in low frequency simulation, which is extremely useful for the design of magnets, electric motors and other electrical machines. Opera has been used successfully for a wide range of applications in different industries, and it has proven its accuracy and reliability in many challenging cases.
If you are interested in learning more about Opera 3D Vector Fields or other products from SIMULIA by Dassault SystÃmesÂ, you can visit their website or contact their sales team.
Opera 3D Vector Fields offers many benefits for users who want to perform electromagnetic simulation with high accuracy and efficiency. Some of the benefits are:
Opera 3D Vector Fields can handle complex geometries and materials with ease, thanks to its robust finite element method and adaptive meshing techniques. Users can model any shape and size of device, including thin sheets, curved surfaces, air gaps, nonlinear materials, permanent magnets, superconductors and more.
Opera 3D Vector Fields can simulate a wide range of electromagnetic phenomena and applications, such as static fields, time-varying fields, eddy currents, induction heating, magnetization, hysteresis, skin effect, proximity effect and more. Users can also choose from different solvers and formulations to suit their needs, such as scalar potential, vector potential or hybrid methods.
Opera 3D Vector Fields can perform multiphysics simulations that couple the electromagnetic fields with other physical domains, such as thermal, mechanical or fluid dynamics. Users can analyze the effects of temperature, stress, deformation or fluid flow on the performance and reliability of their devices. Users can also use Opera 3D Vector Fields to simulate the motion of charged particles in electric and magnetic fields, such as electrons, ions or plasma.
Opera 3D Vector Fields can help users optimize their designs and improve their efficiency and performance. Users can use Opera 3D Vector Fields to perform parametric studies, sensitivity analysis, design of experiments or optimization algorithms. Users can also use Opera 3D Vector Fields to compare different design alternatives and evaluate their trade-offs.
Opera 3D Vector Fields is a versatile and powerful tool for electromagnetic simulation that can meet the needs of various industries and applications. Whether you are designing a magnet for a medical device, a motor for an electric vehicle, a transformer for a power grid or an antenna for a communication system, Opera 3D Vector Fields can help you achieve your goals. 29c81ba772